Booster Antennas Installation Case Studies

Examples of External Directional Antenna Installation

If you can see a nearby cell tower, point the outdoor antenna directly at it.

Learn how to properly aim an external antenna here.

Install a pole or use an existing one to attach the external antenna.

In the photo below, the antenna is correctly installed, but the cable placement could be improved.

* Ensure there are no pinches or nicks in the cable. Ensure there are no pinches or nicks in the cable. If there is excess cable, neatly coil it or shorten it if needed, and secure it with a cable tie to avoid any damage.

Various types of poles can be used, including steel, iron, plastic, and wood. However, steel or iron poles are preferable for external use due to their durability, while plastic and wood are less suited for outdoor conditions.

For optimal signal reception, mount the outdoor antenna at a high location, such as a rooftop or an exterior wall. Position it vertically, according to the installation instructions. Avoid incorrect placements, such as improper angles, low positions, or mounting the antenna in narrow or obstructed spaces, as these can significantly reduce signal strength. Refer to the examples below to see the correct and incorrect ways to install the antenna.

Mount the outdoor antenna on a sturdy exterior surface with a clear, unobstructed view. Avoid placing it behind windows or glass barriers, as this can weaken the signal.

Internal Ceiling antenna placement examples

For optimal signal distribution, install the ceiling antenna at a high position, ideally in the center of the coverage area. Learn more about the correct indoor antenna mounting here.

Point the dome downward and avoid placing it too low, such as on tables or other objects.

Do not place both external and internal antennas inside the building. Ensure there is enough separation between the indoor and outdoor antennas to prevent interference.

Do not install the indoor antenna near windows, in narrow or obstructed spaces, or hidden corners, as these placements can reduce signal efficiency.